The Department of Physics of Materials and Mechanics at the Institute of Physics, USP, stands out for its involvement in theoretical and experimental research programs, addressing cutting-edge areas such as new materials, nanoscience, quantum devices, biomolecular physics, organic semiconductors, and complex systems. Our main objective is to investigate and understand the fundamental properties of solid-state materials, including in nanostructures or in forms of soft matter, and predicting their possible applications.
Theoretical research covers topics such as the structural, electronic, magnetic, and optical properties of a wide range of materials, from oxides to semiconductors and biomolecules. The group is also dedicated to developing new computational techniques and innovative methodologies for specific investigations in these fields. 
In the experimental group, various new materials are synthesized, such as semiconductors, semiconductor heterostructures, superconductors, and magnetic materials. These materials are characterized using advanced techniques available in the department. The focus of experimental research is both on the technical challenges related to the growth of these materials and on the understanding of the fundamental physical phenomena involved.
The department has advanced computational resources and well-equipped laboratories that ensure the effective development of the aforementioned research. These state-of-the-art infrastructures are essential to support both theoretical and experimental studies, allowing scientists and researchers to explore new frontiers in the field of materials physics.